Rayos infrarrojos: la caza de la serpiente

The video explores the Temple Viper's unique hunting abilities, focusing on its infrared sensing capabilities. These sensors allow the viper to detect thermal radiation from warm-blooded prey, such as bats, even in near-total darkness. The video explains the nature of infrared radiation, its place in the electromagnetic spectrum, and how it is emitted by hot objects. The viper's cold-blooded nature gives it an advantage in using these sensors without interference from its own body heat.

What challenge does the Temple Viper face despite its extraordinary sense?

• It cannot detect cold-blooded animals.

• It struggles to find food.

• It is vulnerable to motionless hunters.

• It cannot see in daylight.

How does the Temple Viper manage to hunt in near-total darkness?

• By using infrared sensors on its head.

• By relying on its sense of smell.

• By using its sharp eyesight.

• By listening to the sounds of its prey.

What type of radiation do the Temple Viper's sensors detect?

• Ultraviolet radiation

• Infrared radiation

• Gamma radiation

• Microwave radiation

Why are infrared waves significant for the Temple Viper?

• They help the viper see in the dark.

• They allow the viper to detect heat from prey.

• They enable the viper to communicate with other snakes.

• They help the viper regulate its body temperature.

Why can't humans have sensors similar to the Temple Viper's?

• Humans are not cold-blooded.

• Humans are too large for such sensors.

• Humans do not need to hunt.

• Humans have better eyesight.